Education 1982 West Bromwich College NDT Radiography Index
Education 1982 West Bromwich College NDT Radiography Notes
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Education 1982 West Bromwich College NDT Radiography
I have included copies of my higher education notes on this website, that amount to ten years of my life approximately, for the following reasons. They prove that in a world of over population and hence competition, incomplete and out of date courses, the inablity to find out where the job vacancies are and then know how to apply for them, plus too much automation, education beyond the three R's is for most people a complete waste of time, money and effort. Only a technocracy, that is government by highly intelligent, qualified and trained technocrats, supported by artificial intelligence, can put this matter right, providing purpose, an identity, mental well being and hence loyalty to the state. Such a system can only come about through a technocracy. A world technocracy can lead to greater benefits, the obvious one being the redirecting of finance for war towards finance for scientific research.
Education 1982 West Bromwich College NDT Radiography Index |
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| Page No. | Subject |
| 1 | CSWIP, ERS, ASNT exams in NDT |
| 4 | Safety in radiography |
| 5 | Image formation |
| 7 | Inverse square law |
| 8 | Exposure time |
| 9 | Exposure factors |
| 10 | Properties of X & Gamma Rays |
| 11 | Electron source |
| 12 | Electron target, acceleration, line focus tube |
| 12 | Composition of X-Ray beam |
| 13 | Effect of tube current & voltage |
| 14 | Types of circuit |
| 14 | Self, signal, Villard, Graetz, Greinacher circuit |
| 15 | Types of X-Ray tube, bipolar, unipolar |
| 16 | Gamma Radiography, Radioisotopes |
| 19 | Data sheet details |
| 20 | Cobalt 60 & Iridium 192 radioisotopes |
| 20 | Decay of radioisotopes |
| 23 | Pros & cons, setting up |
| 23 | Compare x-ray with gamma ray |
| 24 | Exposure containers |
| 26 | Shielding |
| 26 | Safe working distance |
| 28 | X & Gamma ray penetration strength |
| 31 | Safe working to BS 4094, NAIR |
| 31 | Radiographic techniques BS 2600 & 2910 |
| 34 | Problem: double wall, single image |
| 35 | Problem: film outside, source of radiation outside |
| 37 | How to prepare an exposure chart |
| 42 | Exposure calculations, Gamma Ray |
| 45 | Exposure calculations, X Ray |
| 46 | Radiograph of objects of various cross-section |
| 49 | M34 Aerospace standard |
| 51 | Film processing |
| 54 | Terms & definitions |
| 57 | Factors contributing to scatter |
| 58 | Intensification screens |
| 61 | Effect of kV on contrast |
| 61 | X-Ray sensitometry |
| 63 | Finding the position of a defect |
| 65 | Defects |
| 71 | NA1 NA2 EXP1 image |
| 72 | radiographic experiment No 1 to show penumbra |
| 76 | NA2 ABCD image |
| 77 | Radiographic experiment No 2 influence of kV on contrast |
| 79 | Radiographic experiment No 3 effect of filtration on contrast |
| 80 | NA3 image |
| 82 | Radiographic experiment No 4 comparison in the use of screens |
| 83 | NSX4, HSX4 & HDX4 images |
| 86 | Radiographic experiment No 5 difference in picture quality using different film |
| 88 | NA5M, NA5C images |
| 89 | Radiographic experiment No 6 multiple film technique for sections of unequal thickness |
| 90 | NA6 NA6 images |
| 92 | Radiographic experiment No 7 The effect of beam direction to detect faults |
| 93 | NA7 image |
| 95 | Radiographic experiment No 8 fault location |
| 96 | NA8 image |
| 98 | Radiographic experiment No 9 marking off butt welds |
| 99 | NA9 image |
| 101 | Radiographic experiment No 10 to produce exposure chart |
| 102 | Radiographic experiment No 11 image of stepped wedge |
| 105 | Radiographic experiment No 12 inverse square law |
| 106 | NA2 EXP12 image |
| 108 | Radiographic experiment No 13 to determine focal spot size |
| 109 | NA13 |
| 111 | Radiographic experiment No 14 use of blocking media |
| 112 & 113 | no decals on images |
| 115 | Homework: Factors to be considered when producing radiographs |
| 117 | Radiography Flaw Detection Report No.1 fillet weld from one side by x-ray |
| 118 | NASF1 image |
| 119 | Radiography Flaw Detection Report No.2 Circumferential single vee pipe weld by x-ray |
| 120 | NA2 image |
| 121 | Radiography Flaw Detection Report No.3 butt weld on steel plate 7mm thick by x-ray |
| 122 | NA M202 image |
| 122 | Radiography Flaw Detection Report No.4 butt weld on steel plate 12mm thick by gamma ray |
| 124 | NA5 G RAY image |
| 125 | Radiography Flaw Detection Report No.5 butt weld on steel plate 12mm thick by gamma ray |
| 126 | NA% G RAY |
| 127 | Radiography Flaw Detection Report No.6 butt weld on steel plate 12mm thick by x-ray |
| 128 | NA5 X RAY |
| 129 | Radiography Flaw Detection Report No.7 circumferential butt welded pipe 11mm thick |
| 130 | NA 1 2 3 4 X RAY |
| 131 | Radiography Flaw Detection Report No.8 circumferential fillet weld at end of pipe to flat plate |
| 132 | NA 1 W69 |
| 134 | Radiography Flaw Detection Report No.9 pipe 4mm thick + 1mm weld cap, gamma ray |
| 135 | Radiography Flaw Detection Report No.10 pipe 4mm thick + 1mm weld cap, x-ray |
| 137 | Radiography Flaw Detection Report No.11 plate 6mm thick & butt wels 11mm thick |
| 138 | NA R100 |
| 140 | Radigraphic technique sheet sluice valve |
